Kenny... Right now I am threading for 1/2 NPT but I could make them pretty much anything.. So yeah you could go to AN fittings and use SS if you wanted... Or hyd like BW did but its overkill (not that I mind squirrel hunting with a 50 cal or anything of the sorts)
Clint... Damn it ya impatient GA redneck will ya give me a chance to hook the bloody thing up to a flow meter already!!!
Actually it's a very valid question.. The smallest flow restriction is .650 ID (at the 90's) with an average of 3/4 or larger elsewhere... Technically speaking it should be PLENTY, there are ways to calculate everything but some of the variables (fluid viscosity, velocity, GPM, pressure, resistance, bypass, port, hose size, lenght, blah, blah, blah) are unknown. Even in having all of them it would be theoretical at best as you cant compensate for the other side after returning to the engine with out having all of those numbers too and I doubt they've been calculated since the LD was designed on a slide rule back in the day... (I'll prolly eat saying that as Bjorn or D Doyle whip the numbers out in their next post) lol
Keep in mind that its pressure I am concerned with... as long as I am falling into the filters ratings and not ending up with a flow restriction that pushes some exotic PSI I am fine as the bypass works off of differential between the high and low side. Also keep in mind that (with few exceptions) very few engines fully filter 100% of their oil at one time, you almost always have bypass going on somewhere.
I am still waiting on the bases to get here from TX so I have little to go with other than getting the machining out of the way... Once I get it all in my hands I will hook up for flow, psi and temp and get the numbers posted... Being that we know the LD's flow rates I should be able to work out bypass percentages and pressure variations between stock and the remote set up... I don't foresee any issues but it wouldn't be the first time I've stuck my foot in my mouth ether.